000001585 001__ 1585
000001585 005__ 20150218104223.0
000001585 041__ $$aanglicky
000001585 100__ $$0AUTHOR|(SYS)deckerethanh$$aDecker, Ethan H.
000001585 245__ $$aSelf-Organizing Systems
000001585 520__ $$aOne of the questions guiding subsets of physics, chemistry and biology research is Where does order come from? Following the general laws of thermodynamics it would seem that dynamic processes would find the path of least energy until the system found a low spot, a dead calm, and remained at equilibrium there until some obvious perturbation moved it from its complacency. For example, a pot of steaming sugar water will give off matter (water vapor) and energy (heat) until it reaches equilibrium with its environment. Cooling, evaporation and crystallization, governed by simple physical and chemical laws, will drive the system to a point of least energy, and we should find rock candy in the bottom of a dry pot.
000001585 65017 $$astudijní materiály/autorské práce
000001585 8564_ $$s114403$$uhttps://systemika.g-i.cz/record/1585/files/Decker, Ethan H. - Self-Organizing Systems.pdf
000001585 980__ $$aARTICLE
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